public void Parser_EmptyFile()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing empty file
string[] emptyFile = { };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(emptyFile, ownDevice);
Assert.IsTrue(!ownDevice.Location.HasValue);
Assert.IsTrue(!ownDevice.Orientation.HasValue);
}
public void Parser_GarbageValue()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing garbage
string[] garbageValue = { "ASDAWDSD ASCAASASSSFVRSDFFSEFSEFSEFSFSEF;';';AASDASD>AS:>DPASDPA<S?><./,>?A<S?>D,/.,./?A>S<d as.d,./sd ,as/.", "ASD##@$?>?SDF{++_#_@$)#+_)+_V VV S FDF SDF location", "location: d233 2aSDASd,/.,/.as,d/.as,das][[[=--=[=-[=-[" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(garbageValue, ownDevice);
Assert.IsTrue(!ownDevice.Location.HasValue);
Assert.IsTrue(!ownDevice.Orientation.HasValue);
}
public void Parser_CorrectInput()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing Correct Input
string[] correctInput = { "location:2.0 2.0", "orientation:90.0" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(correctInput, ownDevice);
Assert.AreEqual(ownDevice.Orientation.Value, 90.0);
Assert.AreEqual(ownDevice.Location.Value.ToString(), new Point(2.0, 2.0).ToString());
}
//[TestMethod]
public void TestMethod1()
{
MSEMultiSurface mse = new MSEMultiSurface(30,20, false);
mse.Start();
Console.WriteLine("Sleeping for 10s after starting MSE");
Thread.Sleep(10000);
IAIntAirAct intAirAct = IAIntAirAct.New();
intAirAct.Port = 3456;
intAirAct.Route(Routes.GetAllDeviceInfoRoute, delegate(IARequest request, IAResponse response)
{
response.SetBodyWithString("[{\"identifier\": \"SENG10(2)\", \"orientation\": 30,\"location\": \"30.0, 40.0\",\"isComplete\": true}]");
});
intAirAct.Start();
//Wait for them to find each other
Console.WriteLine("Sleeping for 10s after starting IntAirAct server");
Thread.Sleep(10000);
mse.Locator.GetDevicesInSystem(delegate(List<MSEDevice> devices)
{
Console.WriteLine(devices);
}, delegate(Exception error)
{
});
Console.WriteLine("Sleeping for 5m");
Thread.Sleep(300000);
Console.WriteLine("Done");
}
public void Teardown()
{
Client.Stop();
Server.Stop();
Client = null;
Server = null;
}
public void Setup()
{
Client = new MSEMultiSurface();
Server = new MSEKinectManager(false);
clientConnected = false;
serverConnected = false;
doneWaitingForResponse = false;
Client.IntAirAct.Port = ClientPort;
Server.IntAirAct.Port = ServerPort;
// Increment the port numbers, so that if the current test run crashes, we don't try to use unreclaimed ports on the next test
ClientPort++;
ServerPort++;
// In the tests, we wait on clientConnected and serverConnected, to be certain that each IntAirAct instance has registered the other
// We use known ports to 'uniquely' identify instances during the test, since other IntAirAct devices may exist on the network during the test
Client.IntAirAct.DeviceFound += delegate(IADevice device, bool ownDevice)
{
if (device.Port == Server.IntAirAct.Port)
clientConnected = true;
};
Server.IntAirAct.DeviceFound += delegate(IADevice device, bool ownDevice)
{
if (device.Port == Client.IntAirAct.Port)
serverConnected = true;
};
}
public void Parser_InvalidLeftSide()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing invalid left side
string[] invalidLeftValue = { "funk rating:20.0", "value:off the charts" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(invalidLeftValue, ownDevice);
Assert.IsTrue(!ownDevice.Location.HasValue);
Assert.IsTrue(!ownDevice.Orientation.HasValue);
}
public void Parser_SlightlyOffValue()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing slightly off formatting that should be acceptable
string[] slightlyOffValue = { "location: \t2.0 2", "orientation: \t 90.0" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(slightlyOffValue, ownDevice);
// Assert.AreEqual(ownDevice.Orientation.Value, 90.0);
// Assert.AreEqual(ownDevice.Location.Value.ToString(), new Point(2.0, 2.0).ToString());
}
public void Parser_SingleLocationValue()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing single value for location
string[] singleValue = { "location:20.0", "orientation:90.0" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(singleValue, ownDevice);
Assert.IsTrue(!ownDevice.Location.HasValue);
Assert.AreEqual(ownDevice.Orientation.Value, 90.0);
}
public void Parser_NegativeValue()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing negative values
string[] negativeValue = { "location:" + Double.MinValue.ToString("R") + " " + Double.MinValue.ToString("R"), "orientation:" + Double.MinValue.ToString("R") };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(negativeValue, ownDevice);
Assert.AreEqual(ownDevice.Location.Value.ToString(), new Point(Double.MinValue, Double.MinValue).ToString());
Assert.AreEqual(ownDevice.Orientation.Value, Double.MinValue);
}
public void Parser_LargeValue()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing large values. toString("R") prevents weird rounding that causes overflow
string[] largeValue = { "location:" + Double.MaxValue.ToString("R") + " " + Double.MaxValue.ToString("R"), "orientation:" + Double.MaxValue.ToString("R") };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(largeValue, ownDevice);
Assert.AreEqual(ownDevice.Location.Value.ToString(), new Point(Double.MaxValue, Double.MaxValue).ToString());
Assert.AreEqual(ownDevice.Orientation.Value, Double.MaxValue);
}
public void Parser_InvalidRightSide()
{
MSEMultiSurface target = new MSEMultiSurface(0.0, 0.0, false);
// Testing a non double value
string[] nonDoubleValue = { "location:POTATO POTATO", "orientation:HELLOWORLD" };
MSEDevice ownDevice = new MSEDevice();
target.ParseConfigurationFile(nonDoubleValue, ownDevice);
Assert.IsTrue(!ownDevice.Location.HasValue);
Assert.IsTrue(!ownDevice.Orientation.HasValue);
}
private void WindowLoaded(object sender, RoutedEventArgs e)
{
mseMultiSurface = new MSEMultiSurface(30.0, 30.0, false);
mseMultiSurface.Ready += new MSEMultiSurface.MSEOnReadyHandler(mseMultiSurface_Ready);
mseMultiSurface.AddReceivedDictionaryHandler(delegate(Dictionary<string, string> dictionary, String dictionaryType, MSEDevice originDevice, MSEGesture originGesture)
{
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
DataTextBlock.Text += "Key\t\tValue\n\n";
foreach (KeyValuePair<string, string> pair in dictionary)
{
DataTextBlock.Text += pair.Key + "\t" + pair.Value + "\n";
}
DataTextBlock.Text += "\n";
}));
});
mseMultiSurface.ReceivedDataHandlers.Add(delegate(byte[] data, MSEDevice originDevice, MSEGesture originGesture)
{
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
DataTextBlock.Text += System.Text.Encoding.ASCII.GetString(data) + "\n\n";
}));
});
mseMultiSurface.ReceivedImageHandlers.Add(delegate(System.Drawing.Image image, String imageName, MSEDevice originDevice, MSEGesture originGesture)
{
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
OutputImage.Source = Util.ConvertFromImageToBitmap(image);
}));
});
mseMultiSurface.IntAirAct.DeviceFound += delegate(IntAirAct.IADevice device, bool ownDevice) {
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
StatusTextBlock.Text += "Found " + device.Name.ToString() + "\n";
}));
};
mseMultiSurface.IntAirAct.DeviceLost += delegate(IntAirAct.IADevice device)
{
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
StatusTextBlock.Text += "Lost " + device.Name.ToString() + "\n";
}));
};
mseMultiSurface.Ready += delegate(MSEDevice ownDevice) {
Application.Current.Dispatcher.BeginInvoke(new Action(() =>
{
StatusTextBlock.Text += "MSE API Ready. Identifier - " + ownDevice.Identifier + "\n";
}));
};
mseMultiSurface.Start();
}